Latitude - indicates the position north or south relative to the equator. Longitude indicates the position east or west relative to the Greenwich meridian.
Latitude - indicates the position north or south relative to the equator. Longitude indicates the position east or west relative to the Greenwich meridian.
latitudes
Latitude tells how far north or south a place is from the Equator. Longitude tells how far east or west a place is from the Prime Meridian. These can be remembered because Latitude sounds like Ladder and the lines for Latitude are like rungs in a ladder. Also, Longitude has the word Long in it and east to west is "Long."
Latitude and Longitude determine one's location on Earth. Latitude runs East to West in parallel lines, but determines one's location South or North. Longitude does not run in parallel lines, but meets at the North and South poles, and runs North to South, but it shows the location East or West.
No, you cannot do that. If you could find an exact location with latitude alone, then the whole concept of longitude would be a huge redundancy and longitude could be discarded. Latitude alone defines the north or south angle between the equator and the place of interest, but the place could still be anywhere on an east/west circle all around the Earth at that latitude. 'Longitude' is the other number, that tells where on that circle the place is.
The purpose The Equater serve because it is the starting point for latitude. The poles can't both be 0 , so it made sense to designate the line equidistant from the poles as 0 and then measure north and south from there.
You don't calculate the latitude of a place, any more than you calculate the address of your friend's house. That's something he tells you. He gives you a number and the name of a street, and then you know where he's located. In the same way, when you get the latitude and longitude of a place, then you know where it's located.
Latitude tells how far north or south a place is from the Equator. Longitude tells how far east or west a place is from the Prime Meridian. These can be remembered because Latitude sounds like Ladder and the lines for Latitude are like rungs in a ladder. Also, Longitude has the word Long in it and east to west is "Long."
Latitude and Longitude determine one's location on Earth. Latitude runs East to West in parallel lines, but determines one's location South or North. Longitude does not run in parallel lines, but meets at the North and South poles, and runs North to South, but it shows the location East or West.
Are you looking for the word 'south'?
A line of latitude is the distance north/south from the equator, and they are always parallel to each other, which is another name used to refer lines of latitude, "parallels." It starts at 0 degrees, and goes to 90 degrees for both north and south.
The coordinates are in the forma of latitude and longitude. The latitude tells you how many degrees North or South of the equator the storm is while the longitude tells you how many degree East or West of the Greenwich meridian.This information is sufficient to locate the location of the storm anywhere on the surface of the earth,
No, you cannot do that. If you could find an exact location with latitude alone, then the whole concept of longitude would be a huge redundancy and longitude could be discarded. Latitude alone defines the north or south angle between the equator and the place of interest, but the place could still be anywhere on an east/west circle all around the Earth at that latitude. 'Longitude' is the other number, that tells where on that circle the place is.
The purpose The Equater serve because it is the starting point for latitude. The poles can't both be 0 , so it made sense to designate the line equidistant from the poles as 0 and then measure north and south from there.
You don't calculate the latitude of a place, any more than you calculate the address of your friend's house. That's something he tells you. He gives you a number and the name of a street, and then you know where he's located. In the same way, when you get the latitude and longitude of a place, then you know where it's located.
A compass rose tells a person which way is north on a map.
Latitude affects climate because of the shape and tilt of the earth. for most of the year the tropical latitudes receive the most sunlight, and their for have a warmer over all climate. the further north or south you get of the equator the less sunlight the region receives depending on the time of year (in summer your hemisphere is tilted toward the sun, whilst in winter your hemisphere is tiled away from the sun). Because there is less sunlight in the extreme north and south of the planet the overall climate is colder the closer you get to the poles. it is easier to eplain in person so if this doesn't make sense try finding someone who does know and ask them to explain. there are some websites that give good visuals but it has been years since I learned that stuff.
The equator is a member of a set of imaginary lines formed by the intersection of a plane normal to the rotation poles of the planet and the planet's surface. These are generically called lines of latitude and the equator is unique in this set of lines in that it is the longest of these lines (the largest circle) and divides the planet into two equal hemispheres. It forms the base from which to measure how far north or south you are on the planet and also tells you where you should position a satellite to be in geosynchronous orbit. The plane of the equator is also used to chart the positions of all the stars, is used to predict the changing of the seasons and tells you where things are moving fastest on the Earth's surface (as a result of the Earth's rotation).
You could use a compass, but it would also require a map showing the lines of declination for the specific area you are at. The use of the North Star at night is also pretty accurate. The North Star is always within about 1/3 degree of the celestial north pole. If you need to be more precise than that, then you can consult the Ephemeris and Nautical Almanac (in a book or on line), which tells the exact time on every date when the North Star is exactly north of you. (Of course, none of this works if you're located south of the equator, since you can't see the North Star from there.)